In recent years, with the development of artificial intelligence and open-source hardware, there has been a surge of interest in “robots” in society. However, the robots that most people are familiar with seem to require extensive engineering and computer knowledge. So, are there any robots that are easy to DIY and accessible to the general public? Of course, there are! Here, we will introduce this special robot.
The Kamigami is the world’s first DIY biomimetic robot, boasting lightning-fast speed. For those looking for fun DIY projects, this robot project is simply perfect (as the saying goes, it deserves a gold star), and it is also quite affordable. Additionally, for children interested in robotics, engineering, and biology who want to learn about these fields early on, this is an excellent educational tool. Furthermore, for makers who want to realize some interesting ideas with robots, it serves as a fantastic platform.
Features
1. DIY: No tools required, can be completed in under an hour.
2. Programmable: Create robot actions with simple drag-and-drop.
3. Bluetooth control: Can be controlled via smartphone or tablet.
4. Comes with a sensor kit.
5. Robots can communicate with each other.
6. Runs like the fastest animals in the world.
The Kamigami robot is made from a unique, extremely durable plastic composite that can be folded like origami.
The entire Kamigami kit includes all the components needed to build and operate the Kamigami robot, including laser-cut body parts, motors, and rechargeable batteries. Assembling them into a robot takes less than an hour, and the official website provides online videos to guide you through the process.
Kamigami can be controlled by downloading an app on a smartphone or tablet, compatible with various systems and devices.
The Kamigami robot is designed to run like the fastest animals in the world. Biologists have discovered that all animals exhibit alternating gaits, regardless of how many legs they have. The designers applied this finding to the robot, creating a linkage that allows the robot’s legs to move alternately up and down. Through these linkages, the circular motion of the motors is converted into elliptical motion, making the robot’s legs resemble those of real animals.
Chassis
The chassis is made from a plastic composite material, making the robot lightweight and durable. The chassis consists entirely of flexible hinges, also known as bending joints, which have many advantages over traditional joints, including:
1. They are frictionless, improving efficiency.
2. They can be made very small.
3. They do not wear out.
4. They make building robots fun.
Circuit
The internal circuits of the robot are custom-made, containing a processor and sensors. The main microprocessor is based on the Cortex M0 core, and there is also a Bluetooth smart module. The sensors include ambient light, infrared detectors and emitters, a drop sensor, and an accelerometer. Additionally, the circuit includes motor drivers, a charging circuit, and an expandable accessory head. The infrared module is used for communication with other robots, capable of receiving and sending signals. This is very useful for developing communication and interaction between multiple robots. The circuit also includes a rechargeable battery, allowing the robot to operate for 30 to 40 minutes per charge, which takes about the same amount of time to recharge.
Current Status of Kamigami: Crowdfunding on Kickstarter
Currently, the Kamigami robot is being crowdfunded on the well-known platform Kickstarter. There are three types of robots to choose from—Musubi, Inari, and Goki. A Kamigami kit is available for just $49 (approximately 311.3 RMB), with the earliest shipments expected in January next year.
Device Information
Kamigami
Manufacturer: Dash Robotics | Development Status: Product Prototype
Specifications: Unknown
Official Website: http://www.kamigamirobots.com/
Purchase Method: Kickstarter crowdfunding
Geeker’s Opinion
I think this gadget is great for cultivating children’s interests and serves well as a toy. However, robotics enthusiasts should focus on learning and creating more advanced robots.
www.geekview.cn Geek View
For reprints or collaborations, please reply Request for Collaboration